软件开发模型在三维动画模型制作中的应用
发布时间：2018-10-08 10:29
【摘要】： 动漫产业是我国需要重点发展的产业之一,政府正在大力扶持原创动画,,以北京,上海,深圳等为首的几个城市也正在紧锣密鼓的发展其动漫产业基地。但是由于我国动漫行业起步晚,特别是三维动画,与国外的差距也是十分明显的。人才不足,技术滞后等是阻碍我国动漫发展的重要原因,特别是技术没有流程化,使得动漫制作上效率特别低下.把软件开发的技术带入到三维动画软件的应用中去,必然可以使三维动画制作流程系统化,制作过程规范化,产品质量也将大大提高。 本文里整合了瀑布模型,喷泉模型,开发并发模型等制作思路,研发出一套新式的三维动画模型的制作方法,也就是混合型模型制作方法。而在三维动画模型中最难实现的是角色模型,也就是人物的模型,因为无论从结构或者技术上讲,都是三维动画模型中最难的。所以本文重点分析了混合模型在角色模型中的应用。 经过实践证明,混合型的模型制作方法在效率与质量上,全面超越了传统模型的制作方法,而且还有易学,可控性高等特点,特别是在大项目制作的时候,这种方法的优点特别突出。所以,将软件工程理论融入到三维动画制作中,必会是三维动画发展的一大趋势。
[Abstract]:Animation industry is one of the key industries in China, the government is vigorously supporting the original animation, Beijing, Shanghai, Shenzhen and other leading cities are also working hard to develop their animation industry base. However, due to the late start of animation industry in China, especially 3D animation, the gap with foreign countries is also very obvious. The shortage of talents and the lag of technology are the important reasons that hinder the development of animation in our country, especially the lack of flow of technology, which makes the efficiency of animation production especially low. If the technology of software development is brought into the application of 3D animation software, the process of making 3D animation will be systematized, the production process will be standardized, and the product quality will be greatly improved. This paper integrates the waterfall model, fountain model and concurrent model, and develops a new method of making 3D animation model, that is, hybrid model making method. The character model is the most difficult in 3D animation model, which is the character model, because it is the most difficult in 3D animation model both structurally and technically. So this paper focuses on the application of hybrid model in role model. It has been proved by practice that the mixed model making method is more efficient and quality than the traditional model making method, and it also has the characteristics of ease of learning and high controllability, especially when making large projects. The advantages of this method are particularly outstanding. Therefore, the integration of software engineering theory into the production of 3D animation will be a major trend of the development of 3D animation.
【学位授予单位】：复旦大学
【学位级别】：硕士
【学位授予年份】：2009
【分类号】：TP311.52
[Abstract]:Animation industry is one of the key industries in China, the government is vigorously supporting the original animation, Beijing, Shanghai, Shenzhen and other leading cities are also working hard to develop their animation industry base. However, due to the late start of animation industry in China, especially 3D animation, the gap with foreign countries is also very obvious. The shortage of talents and the lag of technology are the important reasons that hinder the development of animation in our country, especially the lack of flow of technology, which makes the efficiency of animation production especially low. If the technology of software development is brought into the application of 3D animation software, the process of making 3D animation will be systematized, the production process will be standardized, and the product quality will be greatly improved. This paper integrates the waterfall model, fountain model and concurrent model, and develops a new method of making 3D animation model, that is, hybrid model making method. The character model is the most difficult in 3D animation model, which is the character model, because it is the most difficult in 3D animation model both structurally and technically. So this paper focuses on the application of hybrid model in role model. It has been proved by practice that the mixed model making method is more efficient and quality than the traditional model making method, and it also has the characteristics of ease of learning and high controllability, especially when making large projects. The advantages of this method are particularly outstanding. Therefore, the integration of software engineering theory into the production of 3D animation will be a major trend of the development of 3D animation.
【学位授予单位】：复旦大学
【学位级别】：硕士
【学位授予年份】：2009
【分类号】：TP311.52
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